JAMES L YOUNG, MD
Osteopathic Medicine at Edgewood Dr, Greenville, SC
License number
South Carolina 5417
Category
Osteopathic Medicine
Type
Cardiovascular Disease
Address
Address
14 Edgewood Dr, Greenville, SC 29605
Phone
(864) 232-1803
(864) 242-4962 (Fax)
(864) 242-4962 (Fax)
Professional information
See more information about JAMES L YOUNG at trustoria.com
Principal Process Engineer At Fluor
Principal Process Engineer At Fluor
Position:
Principal Process Engineer at Fluor
Location:
Greenville, South Carolina Area
Industry:
Construction
Work:
Fluor
since Jul 1997
-
Principal Process Engineer
Education:
University of Illinois at Urbana-Champaign 1993 - 1997
Bachelor of Science (B.S.), Chemical Engineering University of Illinois at Urbana-Champaign 1993 - 1997
Bachelor of Science (B.S.), Computer Science
Bachelor of Science (B.S.), Chemical Engineering University of Illinois at Urbana-Champaign 1993 - 1997
Bachelor of Science (B.S.), Computer Science
Languages:
Mandarin
Dr. James L Young, Greenville SC - MD (Doctor of Medicine)
Dr. James L Young, Greenville SC - MD (Doctor of Medicine)
Specialties:
Cardiology
Address:
20 Seabrook Ct, Greenville 29607
(864) 277-0813 (Phone)
(864) 277-0813 (Phone)
Conditions:
Hypertension
Certifications:
Cardiovascular Disease, 1975, Internal Medicine, 1973
Awards:
Healthgrades Honor Roll
Languages:
English
Hospitals:
20 Seabrook Ct, Greenville 29607
Bon Secours Saint Francis Hospital
2095 Henry Tecklenburg Dr, Charleston 29414
Bon Secours Saint Francis Hospital
2095 Henry Tecklenburg Dr, Charleston 29414
Education:
Medical School
Medical University of South Carolina
Graduated: 1967
Vanderbilt University Medical Center
Medical University of South Carolina
Graduated: 1967
Vanderbilt University Medical Center
Adv. Process Technologist At Milliken &Amp; Company
Adv. Process Technologist At Milliken &Amp; Company
Position:
Adv. Process Technologist at Milliken & Company
Location:
Greenville, South Carolina Area
Industry:
Textiles
Work:
Milliken & Company
-
Adv. Process Technologist
Technician At Parkdale Mills, Inc.
Technician At Parkdale Mills, Inc.
Position:
Technician at Parkdale Mills, Inc.
Location:
Greenville, South Carolina Area
Industry:
Textiles
Work:
Parkdale Mills, Inc.
-
Technician
James R Young, Greenville SC
James R Young, Greenville SC
Specialties:
Surgery, Surgical Oncology
Work:
Carolina Surgical Associates
3 St Francis Dr, Greenville, SC 29601 Greenville Surgical Assoc
3 Saint Francis Dr, Greenville, SC 29601
3 St Francis Dr, Greenville, SC 29601 Greenville Surgical Assoc
3 Saint Francis Dr, Greenville, SC 29601
Education:
Wake Forest University (1981)
Independent Construction Professional
Independent Construction Professional
Location:
Greenville, South Carolina Area
Industry:
Construction
James Young - Greenville, SC
James Young - Greenville, SC
Work:
Clemson - Greenville, SC
Janitorial Supervisor Greenville Transit - Greenville, SC
Driver/Operator Williams Brothers - windgear, ga
Tractor Trailer Driver
Janitorial Supervisor Greenville Transit - Greenville, SC
Driver/Operator Williams Brothers - windgear, ga
Tractor Trailer Driver
James Young - Greenville, SC
James Young - Greenville, SC
Work:
Sage Gayley Plant
Customer service - Swainsboro, GA
Domino's pizza- Restaurant - Swainsboro, GA
Nordson Corporation - Swainsboro, GA
Honda /MIA
BI-LO- Grocery - Swainsboro, GA
Customer service store
Customer service store
Method Of And Apparatus For Coating A Molded Fibrous Workpiece
Method Of And Apparatus For Coating A Molded Fibrous Workpiece
US Patent:
5514417, May 7, 1996
Filed:
Aug 4, 1994
Appl. No.:
8/286027
Inventors:
Kent R. Matthews - Littleton CO
Eric G. Schakel - Sedalia CO
Lowell K. Morton - Greenville SC
James F. Young - Greenville SC
Eric G. Schakel - Sedalia CO
Lowell K. Morton - Greenville SC
James F. Young - Greenville SC
Assignee:
Schuller International, Inc. - Denver CO
International Classification:
B05D 312, B05D 118
US Classification:
427358
Abstract:
Molded fibrous workpieces of various cross sectional configurations are coated with a polymeric latex foam coating material to encapsulate fibers and dust within the exterior surfaces of the workpieces. The foam coating is applied by passing the workpieces through a coating chamber filled with the polymeric foam so that the workpieces are totally immersed in the foam coating as the workpieces pass through the chamber. Openings for introducing the workpieces into and discharging the workpieces from the chamber have a configuration complementary to the transverse configuration of the workpieces. The foam coating is introduced into the chamber both above and below the path of the workpieces through the coating chamber to assure that the coating chamber remains fully charged with the foam coating. Brushes or wiper blades spread the foam coating over the exterior surfaces of the workpieces.
Apparatus For Coating A Molded Fibrous Workpiece
Apparatus For Coating A Molded Fibrous Workpiece
US Patent:
5549753, Aug 27, 1996
Filed:
Apr 12, 1995
Appl. No.:
8/420527
Inventors:
Kent R. Matthews - Littleton CO
Eric G. Schakel - Sedalia CO
Lowell K. Morton - Greenville SC
James F. Young - Greenville SC
Eric G. Schakel - Sedalia CO
Lowell K. Morton - Greenville SC
James F. Young - Greenville SC
Assignee:
Schuller International, Inc. - Denver CO
International Classification:
B05B 706
US Classification:
118316
Abstract:
Molded fibrous workpieces of various cross sectional configurations are coated with a polymeric latex foam coating material to encapsulate fibers and dust within the exterior surfaces of the workpieces. The foam coating is applied by passing the workpieces through a coating chamber filled with the polymeric foam so that the workpieces are totally immersed in the foam coating as the workpieces pass through the chamber. Openings for introducing the workpieces into and discharging the workpieces from the chamber have a configuration complementary to the transverse configuration of the workpieces. The foam coating is introduced into the chamber both above and below the path of the workpieces through the coating chamber to assure that the coating chamber remains fully charged with the foam coating. Brushes or wiper blades spread the foam coating over the exterior surfaces of the workpieces.